Ho Chi Minh City, Vietnam
My name is Tran Thanh Nhut Dang, a Frontend Developer with over 3 years of experience, including more than 2 years specializing in React.js, Next.js, Tailwind CSS, and building high-performance, scalable, and reusable user interfaces. With hands-on experience across various projects, solid knowledge of clean code practices and UI optimization, and the ability to work closely with designers and backend developers, I am confident I can contribute effectively to your team. In my previous roles, I developed SEO-friendly and responsive applications using Next.js (SSR/SSG), built reusable component libraries with React.js and state management solutions like Redux and Zustand, and translated UI/UX designs from Figma into responsive, cross-browser web pages with TailwindCSS and Ant Design. I also participated in refactoring legacy codebases to improve maintainability and performance, while mentoring interns to support team growth. I have also been involved in projects across diverse domains, including accessibility platforms, CMS solutions, core dashboards, wedding services, renewable energy, and e-commerce systems. These experiences have helped me adapt quickly to different business requirements and deliver user-focused, high-quality solutions. Some typical projects: - https://thuviensachnoihuongduong.com - https://galacenter.com.vn - https://metropole.com.vn - https://geccom.vn - https://flexoffice.com - https://tienphuoc.com - https://th-nextjs-landing-page.vercel.app
Huong Huong Talking Book Library for the blind - Domain: Accessibility & Digital Library - Team Size: 3 - Role: Frontend Developer An accessible website for the visually impaired to interact with, read, and listen to books: - Contributed to a fully functional, user-friendly public website for Huong Duong Audio Library - Developed accessible audio player with specialized navigation for visually impaired users - Built custom CMS for content management with tagging system for lyrics, categories, and metadata - Implemented advanced sorting and filtering by author, narrator, book title, and genre - Technologies: ReactJS, NextJS, Custom Audio Player, Docker, BunJs, Shadcn ui, MongoDB Compass, Lucide, RESTful API MGS - Domain: Education & Learning Management - Team Size: 6 - Role: Frontend Developer - The project is about social and course internals, along with a Content Management System (CMS) that facilitates the creation, editing and publishing of website content in a streamlined manner. It empowers efficient collaboration and ensures dynamic, consistent updates across websites. Web Building, Refactoring, Optimization, Performance Improvement, Source Code Upgrades - Social learning platform and course management system with integrated CMS: - Developed core frontend architecture for social learning features and course management - Built comprehensive CMS facilitating content creation, editing and publishing - Optimized performance and implemented code refactoring for better maintainability - Ensured responsive design for seamless user experience across devices - Technologies: ReactJS, NextJS, Redux, Docker, JSON Schema, BunJs, Shadcn ui, MongoDB, Lucide, RESTful API MGS App - Domain: Education & Learning Management - Role: Frontend Developer - Build apps, Refactoring, Optimization Performance Improvement with dedicated mobile and social courses, running on Android and iOS - Technologies: React Native, Redux, Docker, JSON Schema, BunJs, MongoDB, RESTful API
- Domain: Medical - Team Size: 4 developers - Role: Frontend Developer - Web Building, Refactoring, Optimization, Performance Improvement - Optimized code 30% faster with hospital operations serving more than 500 daily users - Built patient management interface for hospital, internal system - Implemented online appointment booking system with payment integration - Created user-friendly dashboard for doctors and nurses to manage patient records - Developed e-commerce functionality for booking medical services and processing payments Key achievements: - Reduced patient registration time by 40% through streamlined interface design - Achieved uptime of more than 91% for critical patient data systems - Collaborated with more than 20 healthcare professionals in physical medicine, radiation therapy to optimize workflow efficiency